Used YASKAWA XU-Rcm9120 #9048704 for sale

YASKAWA XU-Rcm9120 is a high-performance robotic controller designed to work with all types of industrial robots. It is a powerful, compact, and cost-effective controller that offers flexibility and control over a variety of applications in many different industrial environments. XU-Rcm9120's controller core provides high-level control of the robot and includes a variety of communication ports, internal data storage, and an easy-to-use graphical user interface. With its innovative, high-speed motion control processing and embedded motion control library, the controller is capable of handling complex 3D motion profiles and can be customized for specific application needs. YASKAWA XU-Rcm9120 also includes an advanced vision system and offers a range of powerful feature-detection algorithms. It can recognize a variety of objects in its environment, including those of different sizes, shapes, and orientations, enabling more efficient and accurate robotic assembly. The controller also has an extensive library of I/O modules, which enable it to be used in a wide range of pick-and-place, sorting, and assembly applications. It supports a variety of sensor input/output signals, such as digital/analog, encoder, pulse, and robot proprioceptive data. The controller comes equipped with a variety of safety functions to ensure user and equipment protection. XU-Rcm9120 also includes an easy-to-use programming environment and integrates with a wide range of industrial robots, from YASKAWA and other major robotics vendors. It is equipped with automated diagnostic functions to quickly diagnose and troubleshoot any issues with the robot arm or manipulator. In conclusion, YASKAWA XU-Rcm9120 is an exceptional robotic controller providing powerful control, flexibility and high-accuracy in applications such as pick-and-place, sorting, and assembly. It offers advanced vision capabilities, comprehensive I/O modules, and comprehensive safety features, making it suitable for a wide variety of industrial environment conditions.